Comparative Analysis of Existing Cardiac Output Measurement Methods

S. Levytskii, K. Shevchenko
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Abstract

Over the last few decades, many research and commercial developments have been implemented to measure the cardiac output parameter. One of the most important requirements is the application to non-invasive technologies that avoid the introduction of a measurement tool that violates the integrity of tissues, blood vessels or human organs. Rejection of invasive methods prevents possible trauma, infection, and pain for the patient. Also, non-invasive technologies provide continues real-time monitoring hemodynamic parameters. The article discusses the measurement procedures and methods for calculating the cardiac output parameter using existing methods. The existing methods are considered not only in terms of the possible accuracy of the values obtained, but also taking into account the advantages, disadvantages and limits of the measurement procedure in clinical practice. New, non-invasive cardiac output measurement techniques are already available in clinical practice, but the question of their accuracy is still not the only commonly accepted. In article also considered methods of estimation of reliability of received results of measurements by new developed, or existing methods and technics of measurement cardiac output parameter. Considered the necessary conditions for application of new methods of measurement in clinical practice.
现有心输出量测量方法的比较分析
在过去的几十年里,许多研究和商业发展已经实现了心输出量参数的测量。最重要的要求之一是应用于非侵入性技术,避免引入违反组织、血管或人体器官完整性的测量工具。对侵入性方法的排斥可以防止可能的创伤、感染和患者的疼痛。此外,非侵入性技术提供持续的实时监测血流动力学参数。本文讨论了利用现有方法计算心输出量参数的测量程序和方法。现有的方法不仅考虑所得值的可能准确性,而且考虑到临床实践中测量程序的优点、缺点和局限性。新的无创心输出量测量技术已经用于临床实践,但其准确性问题仍然不是唯一被普遍接受的。本文还讨论了用新开发的或现有的心输出量参数测量方法和技术对测量结果进行可靠性估计的方法。探讨了新测量方法在临床应用的必要条件。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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